[[abstract]]The current mirror is one of the key elements in analog circuit design. For high performance analog circuit applications, the accuracy and output impedance are the most important parameters to determine the performance of the current mirror. In this paper, a new current mirror is proposed to provide high accuracy and very high output impedance. A novel feedback gain stage is used to increase the output impedance and matching accuracy significantly. Moreover, the proposed new current mirror also has an output swing similar to the traditional two-stage cascode current mirror.[[conferencetype]]國際[[conferencedate]]20010902~20010905[[conferencelocation]]Malt
The switched-current technique, a recently developed circuit approach to analog signal processing, h...
The performance of analog Metal-Oxide-Semiconductor (MOS) integrated circuits depends heavily upon t...
This paper proposes new current mirror layout strategies of the circuits which are designed by 45nm ...
Abstract: Current mirror is one of the most important building blocks of analog integrated circuits....
Current mirrors are core structures for almost all analog mode circuits and are integral part of a s...
This paper proposes a low voltage current mirror circuit with low input impedance and high output im...
A new current mirror with accurate mirror gain for low β transistors is presented. The new current m...
355-358Current mirror (CM) is the basic building block in analog and mixed mode circuit design. For ...
A new configuration for the design of a current mirror is presented. The proposed configuration elim...
This thesis is about an innovative technique of designing a precision current mirror which enables u...
In this paper the current mirror presented, having low voltage and mixed mode structure has been pro...
In this paper, a low voltage high performance current mirror is presented. Its most important specif...
In this paper a novel high output impedance, low input impedance, wide bandwidth, very simple curren...
Current mirror is one of the most important components of integrated analog circuits design. For hig...
The current mirrors are one of the most important circuits in designing the analog and mixed-mode ci...
The switched-current technique, a recently developed circuit approach to analog signal processing, h...
The performance of analog Metal-Oxide-Semiconductor (MOS) integrated circuits depends heavily upon t...
This paper proposes new current mirror layout strategies of the circuits which are designed by 45nm ...
Abstract: Current mirror is one of the most important building blocks of analog integrated circuits....
Current mirrors are core structures for almost all analog mode circuits and are integral part of a s...
This paper proposes a low voltage current mirror circuit with low input impedance and high output im...
A new current mirror with accurate mirror gain for low β transistors is presented. The new current m...
355-358Current mirror (CM) is the basic building block in analog and mixed mode circuit design. For ...
A new configuration for the design of a current mirror is presented. The proposed configuration elim...
This thesis is about an innovative technique of designing a precision current mirror which enables u...
In this paper the current mirror presented, having low voltage and mixed mode structure has been pro...
In this paper, a low voltage high performance current mirror is presented. Its most important specif...
In this paper a novel high output impedance, low input impedance, wide bandwidth, very simple curren...
Current mirror is one of the most important components of integrated analog circuits design. For hig...
The current mirrors are one of the most important circuits in designing the analog and mixed-mode ci...
The switched-current technique, a recently developed circuit approach to analog signal processing, h...
The performance of analog Metal-Oxide-Semiconductor (MOS) integrated circuits depends heavily upon t...
This paper proposes new current mirror layout strategies of the circuits which are designed by 45nm ...